Excavator Quick Coupler systems change work tools. quickly and easily in a matter of seconds.
A range of quick couplers that allows the operator to quickly and easily connect Excavator Attachments.
Manual Coupler
Traditional attachment replacement requires workers to manually install/remove pins, which is very time-consuming and labor-intensive (often taking 30 minutes or longer). Manual couplers allow operators to change attachments within minutes—or even faster—typically by operating just a few handles or locking pins. Operators can usually perform most locking/unlocking actions without leaving the cab. This significantly speeds up attachment changes, maximizing valuable working time.
Hydraulic Dual-Locking Quick Coupler is a high-end attachment connection system for excavators. Its core function is to enable rapid, secure attachment changes via a hydraulically controlled dual-locking mechanism. Operators can switch attachments within 1 minute using hydraulic buttons in the cab—without leaving the operator’s seat. Compared to traditional pin-based methods (30+ minutes) or manual couplers (requiring physical lever operation), this boosts efficiency by over 95%.
Hydraulic quick couplers enable excavators to change work tools within 1 minute through hydraulically driven locking mechanisms, eliminating manual pin disassembly/assembly. This achieves rapid and secure attachment switching for construction equipment, delivering over 90% greater efficiency compared to traditional methods (requiring 30+ minutes). Ideal for high-frequency changeover scenarios – such as municipal projects requiring frequent switching between breakers, buckets, and fork arms – the hydraulic lock automatically engages attachment mounts to prevent tool detachment accidents during elevated operations.
Hydraulic Dual-Locking Quick Coupler is a high-end attachment connection system for excavators. Its core function is to enable rapid, secure attachment changes via a hydraulically controlled dual-locking mechanism. Operators can switch attachments within 1 minute using hydraulic buttons in the cab—without leaving the operator’s seat. Compared to traditional pin-based methods (30+ minutes) or manual couplers (requiring physical lever operation), this boosts efficiency by over 95%.